유도탄 착화기 CBT(Closed Bomb Test) R&R 검증을 위한 시험소간 비교시험에 대한 연구
A Study on Inter-laboratory Comparative Tests for Guided Missile Electric Initiator CBT (Closed Bomb Test) R&R Verification
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
An electric initiator is a component that is located in the thermal battery or propulsion unit to transfer energy first. Initiator tests include X-ray test, non-destructive leak testing, circuit/insulation resistance test, and CBT (Closed Bomb Test). Among them, CBT is a key element in evaluating the performance of initiator, and the reliability of the test results is important for judgment of the required performance. This study conducted inter-laboratory comparative tests to secure the reliability and repeatability & reproducibility of the initiator CBT. A comparative test was conducted with a mass production acceptance test agency to verify whether the reliability was secured.
Abstract
An electric initiator is a component that is located in the thermal battery or propulsion unit to transfer energy first. Initiator tests include X-ray test, non-destructive leak testing, circuit/insulation resistance test, and CBT (Closed Bomb Test). Among them, CBT is a key element in evaluating the performance of initiator, and the reliability of the test results is important for judgment of the required performance. This study conducted inter-laboratory comparative tests to secure the reliability and repeatability & reproducibility of the initiator CBT. A comparative test was conducted with a mass production acceptance test agency to verify whether the reliability was secured.
참고문헌 (8)
- D. S. Kim, "Reliability Prediction based on Performance Modeling about Electric Initiators", J. Korean Soc. Aeronaut. Space Sci, 51(8), pp.535~542 (2023)
- Z. Kim, "Sensitivity Test of Explosive Initiator", Proceeding of The Korean Society for Aeronautical and Space Sciences Fall Conference, pp.1042~1047 (2012)
- M. K. Ahn, "Localization Developments on Electric Igniter for Thermal Battery of a Missile on K-PSAM", Journal of the KIMST, 20(4), pp.536~542 (2017)
- H. Y. Jung, "Analysis of the Electric Initiator for Solid Rocket Motor", Korean Society for Precision engineering Fall Conference, pp.1095~1099 (2014)
- W. K. Kang, "Study on Aging Characteristics of Thru-Bulkhead Initiator", Journal of the Korean Society of Propulsion Engineers, 24(2), pp.43~51 (2020)
- K. H. Kim, "Initiator Development using LEEFI", Proceeding of the 51th Korean Society of Propulsion Engineers Conference, pp.146~147 (2018)
- D. H. Han, "Combustion behaviors of initiator and TBI with closed bomb to assess performance of pyro actuated device", Korean Society for Precision engineering Fall Conference, pp.689~694 (2023)
- S. W. Lee, "Relative Humidity Transducer Proficiency Test for KOLAS Humidity Calibration Laboratories", Journal of Sensor Science and Technology, 32(6), pp.447~454 (2023)
